Skip to content
  • Close
  • Home
  • Events
  • News
  • Donate
  • Contact
  • Who We Are
    • About The Alliance
      • Staff
      • Board of Directors
  • What is Longleaf?
    • The Tree
      • Life Stages
      • The History
      • The Economics
      • The Misconceptions
    • The Ecosystem
      • Built by Fire
      • Habitats
      • Species Diversity
    • Restoration & Management
      • Groundcover Restoration
      • Herbicides
      • Longleaf Regeneration
      • Prescribed Fire
    • Photo Gallery
  • What We Do
    • Restoration Through Partnerships
      • America’s Longleaf
      • Mapping
      • Corporate Sustainability Programs
      • Nurseries
      • Longleaf Enhancement Fund
    • Longleaf Assistance
      • TLA Planting Fund
    • Conserving Diverse Forests
      • Rare Species
      • Forests & Water
    • Education & Outreach
      • Longleaf Academy Program
      • Biennial Longleaf Conference
      • Burner Bob®
      • Next Generation
      • The Longleaf Leader
      • The Longleaf Library
      • The Owen Fellowship
  • What You Can Do
    • Support The Alliance
    • Conservation Partners
    • Get Involved
    • Merchandise
    • Subscribe
logo
  • Contact
  • Events
  • Donate
search
newsearch

The Ecosystem

HomeWhat is Longleaf?The EcosystemHabitats

Habitats

Longleaf pine forests covered an extensive geographical range. Perhaps what is taken for granted is how diverse this forest type was (and is) across the landscape.

Seeing longleaf pine forests today, many people often (erroneously) assume that the species is relegated to dry sandy ridges or steep south-facing slopes. On the contrary, areas too steep, too dry to farm or too poor to grow loblolly or slash pine are, for the most part, merely a vestige of the richness that once was the longleaf pine ecosystem.

For thousands of years, subtle differences in soils and topography influenced fire behavior, site productivity etc. This affected the composition of the forest, e.g., groundcover plants, insect and animal species, and tree height, to name a few.

These habitat types can generically be lumped into four groups: montane, sandhill, rolling hill, and flatwoods/savannas. Follow the links below to learn more about these remarkable habitats of the longleaf pine ecosystem.

Montane  |  Sandhills  |  Rolling Hills  |  Flatwoods/Savannas

Montane

Berry College - montane old growth 2

Montane longleaf pine was found dominating the southern and southwestern slopes (though not confined to them) and ridgelines up to about 2000 ft. elevation in north Alabama and northwest Georgia. This habitat also includes an isolated ridge starting at Pine Mountain, GA and extending to Thomson, GA. Since much of longleaf pine's northern boundary is found in this habitat type, the forest is seen to subtly grade from a pure longleaf pine overstory to an overstory of mixed southern pines at its fringes. About 20 % of the pre-settlement longleaf pine ecosystem was covered by this habitat type.

Soils

The soils in which montane longleaf grow are well drained with beds of flinty pebbles, sandstone ridges and even rock outcrops. In particular, they grow on rocky ridges and slopes that contains sandstone, quartzite, phyllite, mica schist and gneiss.

Common Plants

Broomstraws, bluestems, goat's rue, bracken ferns, rushes, sedges, and sensitive briar

Common Trees and Shrubs

Scarlet oak, mountain blueberry, mountain laurel, American chestnut, blackjack oak, Virginia pine, shortleaf pine, pig nut hickory, mockernut hickory, rock chestnut oak, and southern red oak

Fire Frequency

One to five years; fire either crept down ridgelines or roared up steep slopes

Without Fire

Quickly turns into a hardwood/mixed pine forest (especially Virginia and shortleaf pines)

Sandhills

Walthour Moss Sandhills

The Sandhills are characterized as ridges of loose, porous sand that begin in southern Virginia and runs through west Georgia at about 500 to 600 feet above sea level. Isolated sand ridges also exist in the Florida panhandle and peninsula. Longleaf pine sandhills are characterized as a forest of widely spaced pine trees with a fire-stunted understory of deciduous (scrub) oaks and a sparse to continuous ground cover of bunchgrasses and herbs. Today, sandhill longleaf sites make up some of the largest acreages of the remaining longleaf pine habitat (despite comprising roughly 10% of the original landscape).

Soils

Sandhill soils are droughty, deep beds of white sands that are relatively low in fertility and result (often) in lower species diversity and usually shorter longleaf pine. In some areas sands can be 2-15 feet deep. In some areas of the Carolinas, sands can be 100 - 150 feet deep without changing.

Common Plants

Pricky pear cactus, wiregrass, bluestems, hairsedge, piney woods dropseed, gopher apple, golden aster, hairawn muhly, pineland phlox, sandhill lupine, bird's foot violet, dwarf iris, fringed bluestar, pinebarren frostweed, pineland wild indigo, man-root (morning glory), sandhill roseling, orange-fringed orchids, yellow-eyed grasses, narrowleaf sabatia, threadleaf gererdia, goat's rue, butterfly pea, and Carolina indigo

Common Trees and Shrubs

Turkey oak, bluejack oak, southern red oak, blackjack oak, sand post oak, myrtle oak, Arkansas oak, mockernut hickory, sand hickory, black cherry, sassafras, blackberry, sparkleberry, persimmon, low-bush blueberry, and pawpaw

Fire Frequency

Two to seven years carried almost exclusively by bunch grasses

Without Fire

Usually succeeds to canopy-dominated by scrub oaks (like turkey oak)

Rolling Hills

OLYMPUS DIGITAL CAMERA

Characterized as having a sufficiently rolling habitat to insure good drainage. Often very productive sites capable of producing excellent longleaf pine timber. Found at 130 to 250 feet above sea level. It is speculated that 30% of the pre-settlement landscape was rolling hill habitat.

Soils

Brown, sandy loam uplands 10 - 15 inches in depth, often with fossiliferous materials. In some areas, the underlying parent material is limestone. Occasionally, limestone pushes through the sandy loam and forms outcroppings.

Common Plants

Beargrass, bluestems, wiregrass, rattlebox, dollar pea, lespedeza, candyroot, procession flower, orange milkwort, pinebarren, and goldenrod

Common Trees and Shrubs

Blackjack oak, turkey oak, willow oak, sand post oak, southern red oak, Florida dogwood, mockernut hickory, black hickory, persimmon, gallberry, yaupon, and wax myrtle

Fire Frequency

One to three years; numerous native bunchgrasses to help carry fire

Without Fire

Hardwoods (often willow oak or sweet gum) capture the forest midstory and overstory shading out ground cover plants

Flatwoods and Savannas

20190126_111421

Characterized as high-density, longleaf pine-dominated forests, the surface is very level, poorly drained and often interspersed with frequent and (sometimes large) swampy patches or wet prairies. Flatwoods can start just above the tidewater and extend inland to about 130 feet above sea level. Productivity is high and longleaf pines reach heights above 120 feet. This longleaf pine habitat type has the highest diversity of ground cover of herbs and shrubs. Since the soils are relatively poorly drained and typically have low reserves of available nutrients, numerous orchids and carnivorous plants are common in the ground cover. These habitats are often described as both the Atlantic Coastal Flatwoods and the Gulf Coastal Flatwoods.

Soils

With moderately to poorly drained terrain, the soils are typically acidic, have low reserves of available nutrients, are low in organic matter content, and maintain an ash-colored silty clay appearance.

Common Plants

Tarflower, wiregrass, toothache grass, bluestems, silk grass, hatpins, muhly grass, pineweeds, pitcher plants, sundews, flytraps, Catesby's lily, white star grass, morning glory, milkweeds, quail pea, butterfly pea, goat's rue, lespedezas, iron weed, and deer tongue

Common Trees and Shrubs

Water oak, sweet gum, red maple, ash, saw palmetto, gallberry, fetterbush, wax myrtle, yaupon, ilex, dwarf live oak, sweet bay, titi, southern magnolia, persimmon, black gum, creeping blueberry, blackberry.

BROWSE THIS SECTION

  • The Tree
    • Life Stages
    • The Economics
    • The History
    • The Misconceptions
  • The Ecosystem
    • Built by Fire
    • Habitats
    • Species Diversity
  • Restoration & Management
    • Groundcover Restoration
    • Herbicides
    • Longleaf Regeneration
    • Prescribed Fire
  • Photo Gallery

From our feed

Happy bog day to everyone who celebrates the wonde Happy bog day to everyone who celebrates the wonders of bogs!  Bogs have so many unique hidden features within them and hold so many benefits in one ecosystem. Bogs are natural water filters that help provide clean water, mitigate flooding, and are powerful carbon sinks. Bogs also provide food - some of our favorite everyday snacks like blueberries and cranberries can be found in bogs. Lastly, bogs are inhabited by many rare and unique plant and animal species that rely on their acidic and waterlogged soils. Our world would not be the same without bogs, and that is why we must protect and conserve these areas! What are some of your favorite plant species you can find in bogs?  Photo credits📸: Ashlynn Moretti & Julianne Jones - @ambystomajones#BogDay2026 #Carnivorousplants #Longleafpine#Biodiversity #InternationalBogDay
We’re celebrating World Snake Day with “your month We’re celebrating World Snake Day with “your month – your snake” plus bonus fun facts about each species. Which snake are you?✍️ Graphics by Ashlynn Moretti 📸 Photo Credits:1. Ben Stegenga2-3. Julianne Jones (@ambystomajones)4. Sergio Ibarra CC-BY-NC5-7. Julianne Jones8. Thrashedout (Kevin) CC-BY-NC9-11. Julianne Jones 12. Jay York CC-BY-NC13. Anomalocarys CC-BY-NC #SnakeDay2026 #Herpetology #Snakes #WildlifeConservation #Reptiles
Did you know that a warm road can look like the pe Did you know that a warm road can look like the perfect resting spot to a snake? That’s why it’s always a good idea to watch out for our scaly friends on the roads.Snakes are ectotherms, meaning they rely on their surrounding environment to regulate their body temperature. Roads often provide a desirable heat source because they absorb warmth during the day and slowly release it as temperatures cool in the evening and overnight hours.Snakes also cross roads while moving between habitats, searching for food, or seeking mates (in some cases, pheromones can lead them across roadways during breeding season).When driving, remain especially vigilant during early morning and later at night, when snakes are more likely to seek warm pavement. If you spot a snake on the road, slow down safely, hit your hazard lights (if appropriate), and give the animal an opportunity to cross. Many times, if given the chance, a snake will move out of the way on its own.If the snake doesn’t budge, you may gently encourage it to move in the direction it was already traveling using a long stick or similar object to coax them across. However, never attempt to handle or pick up a snake unless you can confidently identify it and have appropriate training and experience.Safe travels to both you and our lovely snake friends. 🐍🚗📸 Cottonmouth (Agkistrodon piscivorus), photo by Julianne Jones - @Ambystomajones#IBrakeforSnakes #SnakeWeek #SnakeConservation #WorldSnakeDay #snakes
Longleaf-ers (yes, that includes YOU!) continue to Longleaf-ers (yes, that includes YOU!) continue to make progress to restore, conserve, and maintain critical longleaf pine habitat.Although 2025 data show declines in planting and prescribed burning compared to previous years, the year was marked by a record-setting acreage for long-term land protection as well as numerous successes that extend beyond acreage metrics. Despite challenges such as shifting economic conditions, poor longleaf pine cone crops, and continued recovery efforts from a very active hurricane season in 2024, the longleaf community demonstrated adaptability and strong collaboration across the Southeast. Private landowners played a particularly significant role, accounting for the majority of new longleaf plantings and, for the first time, conducting more prescribed burning than any public lands group.Read the full report at americaslongleaf.org (link in bio)

Conservation partners

Manulife

Manulife

PRT

PRT

RMS

RMS

Norfolk Southern

Norfolk Southern

Bartlett

Bartlett

advantage

advantage

Blanton

Blanton

Drax

Drax

Enviva

Enviva

Graphic Packaging International

Graphic Packaging International

Kronospan

Kronospan

  • Home
  • Who We Are
  • What is Longleaf?
  • What We Do
  • What You Can Do
  • The Longleaf Library
  • Photo Gallery
  • Merchandise
  • Events
  • News
  • Donate
  • Contact
  • Subscribe
footer-logo

12130 Dixon Center Road
Andalusia, Alabama 36420
Phone: 334.427.1029







©2025 The Longleaf Alliance
HLJ Creative Web Design